GV1309

What Is the GV1309?

The GV1309 is a high-precision CO₂ laser cutter and engraver engineered for versatile fabrication across a broad array of materials. Designed as a reliable workhorse for makers, product designers, educators, and small manufacturers, the GV1309 delivers clean vector cuts and detailed raster engravings with consistent accuracy. Compact yet spacious, it provides an accessible, high-performance solution for both creative design and technical engineering applications.

Why Rent the GV1309 in Our Lab?

Renting the GV1309 laser cutter through our facility offers a flexible, cost-effective way to access professional digital fabrication technology—without the high capital expenditure or maintenance burden of ownership. Whether you are rapidly iterating functional prototypes, crafting custom architectural scale models, or executing short-run production, the GV1309 delivers the precision and speed required in a fully supported lab environment.

Benefits of Renting from Our Lab:

• Expert Onsite Assistance: Our experienced technicians are on hand to guide you through file preparation, bed setup, and material-specific speed/power optimization.
• Flexible Booking Options: Reserve machine time according to your schedule, whether for short prototyping iterations or multi-day project runs.
• Collaborative Makerspace Environment: Work alongside a vibrant community of designers, engineers, and digital fabricators to exchange techniques and insights.
• Budget-Friendly Access: Utilize industrial-grade laser equipment on a pay-per-use basis to keep project overhead minimal.
• Peak Equipment Condition: The GV1309 is regularly inspected, optically aligned, and cleaned by our technical staff to guarantee maximum precision.

Summary at a Glance

• Machine Name: GV1309
• Type: Mid-Format CO₂ Laser Cutter and Engraver
• Availability: On-premise lab rental only (prior booking required)
• Ideal For: Industrial designers, architects, STEM educators, artists, and engineers

Technical Specifications

Technical Parameter Machine Specification Working Area (X-Y) ~900 × 600 mm (approx. 35.4" × 23.6") Laser Source Sealed glass CO₂ laser tube (Water-Cooled) Laser Power Output Typically 80W to 100W (varies by installed tube configuration) Maximum Cutting Depth Up to 10–12 mm (material-dependent, e.g., acrylic and softwoods) Supported Cutting Materials Wood, acrylic (Plexiglas), MDF, plywood, cardboard, paper, leather, textiles, rubber Supported Engraving Materials Wood, acrylic, glass, stone, ceramics, leather, coated/anodized metals Software Compatibility Works with Adobe Illustrator, CorelDRAW, and AutoCAD via standard print driver / control software (e.g., LightBurn, RDWorks) Cooling & Safety Systems External industrial chiller (water-cooled), active air assist, and dedicated fume extraction ventilation

Applications and Use Cases

• Rapid Prototyping: Quickly cut functional parts, structural enclosures, and packaging mock-ups with tight tolerances.
• Custom Art & Design: Engrave intricate patterns and logos or cut custom signage, decorative panels, and personalized awards.
• STEM Education & Workshops: Demonstrate digital manufacturing concepts, vector design, and laser safety in academic settings.
• Architectural Scale Modeling: Produce razor-sharp wall sections, facade grids, and landscape topographies.
• Custom Packaging & Displays: Cut custom foam inserts, acrylic display stands, and presentation boxes efficiently.

Considerations and Advantages

• Spacious Mid-Format Bed: The 900 × 600 mm bed size easily handles medium-to-large material sheets for higher yield per job.
• High Power-to-Price Ratio: Delivers robust cutting capabilities on thick organics comparable to high-end industrial systems.
• Integrated Air Assist: Prevents combustion and charring during vector cuts while blowing smoke away from the focal lens.
• Versatile Substrate Support: Seamlessly processes both organic timber/leather products and synthetic plastics without tool changes.
• Clean & Safe Operation: Enclosed cutting bay paired with high-CFM exhaust systems ensures a fume-free working environment.

Maintaining and Optimizing Performance

To preserve cut quality and maintain safe operational conditions, our lab team executes strict maintenance procedures:

• Optical Maintenance: Mirrors and focal lenses are cleaned and checked for alignment before and after heavy sessions.
• Material Parameter Support: Pre-tested speed and power preset libraries are available to help you avoid material wastage.
• Chiller & Cooling Monitoring: Water cooling loops are routinely flushed and temperature-regulated to protect laser tube longevity.
• Fume Filtration Checks: Ventilation lines and exhaust fans are kept clear to maintain maximum airflow and suction during cuts.